AI Acoustics is a comprehensive acoustic engineering and psychoacoustics guide designed to assist developers and researchers with wave physics, noise control, and electroacoustics.
Install & Download
1. ClawHub CLI
The fastest way to install a skill directly from the registry.
npx clawhub@latest install ai-acoustics
2. Manual Installation
Copy the skill folder to one of these locations
~/.openclaw/skills/ <project>/skills/ Priority: Workspace > Local > Bundled
3. Prompt Installation
Copy this prompt to OpenClaw to install it automatically.
Help me install ai-acoustics using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).
Prefer to download?
Get the raw skill files in a ZIP archive.
What is AI Acoustics?
AI Acoustics is a specialized technical guide that bridges the gap between physics, human perception, and practical engineering. Serving as a domain-specific expert assistant on Openclaw Skills, it provides comprehensive coverage of wave mechanics, psychoacoustics, architectural soundscapes, medical ultrasound, sonar systems, and electroacoustics. From calculated reverb times to deep-sea sound propagation, this resource acts as an interactive physics laboratory and reference manual for your workflow.
Whether you are designing state-of-the-art concert halls, developing active noise control (ANC) algorithms, or building medical imaging software, this tool simplifies complex formulas like the Sabine equation and the Mass Law of acoustic insulation. By integrating with Openclaw Skills, developers can rapidly query and apply acoustics knowledge directly within their development environments.
AI Acoustics Use Cases
- Architectural Sound Design: Calculate precise reverberation times (RT60) and design acoustic insulation using the Sabine formula for concert halls, studios, and offices.
- Audio DSP & ANC Development: Reference psychoacoustic principles like equal-loudness curves (Fletcher-Munson) and masking effects to optimize MP3 compression or ANC headphone performance.
- Medical & Industrial Ultrasound: Understand B-mode imaging, Doppler frequency shifts, and non-destructive testing (NDT) methodologies.
- Underwater Sonar Systems: Model SOFAR sound channels and evaluate marine noise impacts using advanced hydroacoustic data.
How AI Acoustics Works
- Analyze Acoustic Queries: The agent receives natural language requests regarding sound wave behavior, hearing physics, or electroacoustic design.
- Map to Domain Knowledge: It dynamically matches the query against structural branches like wave physics, architectural acoustics, or psychoacoustics.
- Calculate and Model: It executes mathematical formulations (e.g., converting sound pressure to dB SPL, computing critical bandwidths in Bark scale).
- Generate Engineering Insights: The system outputs highly actionable, scientifically accurate parameters, specifications, and design guidelines.
AI Acoustics Setup
To install and run the AI Acoustics guide within your local workspace, use the Openclaw Skills CLI. Ensure you have the runtime environment initialized.
# Install the AI Acoustics skill
openclaw skills:install ai-acoustics
# Configure global acoustic database pathways
openclaw skills:configure ai-acoustics --db-path ./data/acoustics
# Verify installation
openclaw skills:verify ai-acoustics
Once configured, the agent is ready to process sound engineering and architectural acoustics queries.
AI Acoustics Data Schema & Taxonomy
The AI Acoustics skill organizes its analytical framework into highly structured data structures and metadata schemas to facilitate rapid search and lookup of acoustic principles:
| Domain | Key Data Points | Unit of Measurement |
|---|---|---|
| Wave Physics | Sound Pressure Level (SPL), Speed of Sound | dB (SPL), m/s |
| Psychoacoustics | Critical Bandwidths, Equal Loudness | Bark, Phon, dBA |
| Architectural | Reverberation Time (RT60), Absorption Coefficient | Seconds (s), $\alpha$ |
| Electroacoustics | Impedance Matching, Sensitivity | Ohms ($\Omega$), dBV/Pa |
| Ultrasound | Acoustic Impedance, Resonance | Rayls, MHz |
All generated research structures are outputted as structured JSON files or markdown documents, categorized by tag (e.g., #acoustics, #psychoacoustics, #noise).
AI Acoustics Advanced Features
- SOFAR Channel Simulation: Simulate deep-sea sound wave refraction profiles for underwater acoustic research.
- Active Noise Control (ANC) Hook: Emulate anti-phase wave phase cancellation thresholds for active feedback and feedforward architectures.
- Binaural Localization Engine: Calculate Interaural Intensity Differences (IID) and Interaural Time Differences (ITD) for 3D spatial audio configurations.
- Multi-Agent Architectural Synthesis: Integrate with architectural automation agents inside Openclaw Skills to design soundproofing solutions based on building physical models.
SKILL.md
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